🚨Are you interested in dynamic, active, in vivo ankle kinematics across locomotion tasks assessed with biplanar videoradiography? 🔍Check out our latest (open access) publication! Here are the main 3⃣ aspects are below! 1/5

Thank you to a wonderful team who made all of this possible! 🥰 @FootScience @RainbowBiomech @weltelauren 5/5

💡Impact: Results could revolutionize personalized ankle implants & arthroplasty designs for better patient outcomes. #Biomechanics #Orthopedics #JointHealth

RT @CasteeleFreek: Does one biopsy cut it? Short answer: no. Find out the longer answer below 🧵👇 This thread is based on our new @japplphy…

RT @FootScience: I'm currently recruiting PhD students to work on a series of funded projects in lower limb musculoskeletal biomechanics. W…

5/5 🌟 Understanding these joint interactions and their link to talus morphology could enhance clinical treatments such as talus arthroplasty and provide insights into the evolution of human bipedalism. #MedicalDevice #Anthropology

RT @weltelauren: My lab group is hiring! The Lower limb Imaging and Musculoskeletal Biomechanics (LIMB) Lab at the University of Alberta is…

RT @ISBiomechanics: 🙂ISB Student Grant News💡 The Matching Dissertation Grant (MDG), International Travel Grant Program (ITG), and Internat…

@dtpfong @w_r_taylor @lmbethz @ISBiomechanics That indeed sounds like the classic biplanar conundrum: Highly accurate data vs small data sets. I’m using static biplanar in my PhD on the ankle and it definitely is a challenge as @weltelauren , @RainbowBiomech and @FootScience can confirm😉

@peabody124 @v9joshi @lmbethz @ISBiomechanics @w_r_taylor They do have vicon cameras capturing the walkway (especially the section where the force plates are embedded in the ground). It doesn’t get much cooler than that😉